Molecular Biotechnology: Discover the science, understand what is Molecular biotechnology, prospects, careers, skills and salaries.
What is Molecular Biotechnology?
Molecular Biotechnology is a science that has applications for areas like human, animal health, agriculture and environment are used in laboratory techniques for the study and modification of nucleic and protein acids.
Molecular biotechnology has resulted from the convergence of a wide spectrum of fields of research, like molecular biology and microbiology. This area is exciting because it is capable of transferring genetic information between organisms in order to understand important biological processes or create a helpful product.
The completion of the project on human genomes opened up numerous possibilities for the development of new medicines and treatments as well as for improving existing medicines. The fast-changing and dynamic field of molecular biotechnology is one. As progress speeds up, its influence increases. There is a national spotlight on the importance and impact of molecular biotechnology.
What types of molecular changes lead to illness and how can they be affected? It is essential to have a solid understanding of the chemical and pharmacological fundamentals, of the physical measurement methods and of biology in order to be in a position to address such questions.
Why study biotechnology in molecular science?
Biotechnology molecular is a thrill! Molecular biotechnology tools can be used to develop and enhance medicines, vaccines, therapies and diagnostic tests to enhance human and animal health. Molecular biotechnology is used for the production of plants and animals, aquaculture, chemical production and textiles, forestry and processing of foodstuffs. This dynamic field will affect every aspect of our lives in the next few decades.
Molecular biotechnology offers great opportunities for employment. In the 21st century, presidential and congressional commissions have identified biomedicine and biotechnology as leading growth sectors in the US and the global economies. In the next few years, more than 100,000 new jobs are expected in the biotechnology sector. The U.S. Labor Department states that there are already significant labour supply and demand gaps across the country and that this shortage is spread across all educational levels.
The impact of molecular biotechnologies on our lives will increase the need for individuals with knowledge and experience in different bioscience / biotechnology-oriented settings for technical and leadership positions.
How does molecular biology differ from biotechnology?
It’s the same. Biotechnology refers only to the tools used in molecular biology. If offered, undergraded biotechnology programs tend to focus more on the design of hardware/ software. Most of them, but not all, tend to focus more on mechanical and biochemical engineering.
A prospective biotech engineering career prospect is immense in the U.S. Currently, San Diego, Boston, soon to be Tucson are top biotech hubs. For an idea of the competitiveness and profits of lucky start-ups, see companies like Genzyme or Genentech, or CRISPR-CAS9 for the copyright of uncertainties and moral questions.
What do you expect from Biotechnology graduates?
Skills of Biology Grads
- Collect, analyze, interpret and make projections from data
- Utilize statistical tests in data analysis
- Conduct, design and troubleshoot experiments
- Observe and make measurements on organisms
- Write literature reviews and scientific reports
- Chart the development of complex organisms
- Understand how genetic, genomic and microbial techniques are combined to produce products and treatments in industrial, medical and agricultural settings.
Molecular Biology Skills:
- Prepare and dispense precisely formulated solutions, even at microliter quantities
- Use electrophoresis, blotting, chromatography and centrifugation equipment
- Nucleic acid hybridization in a range of formats
- Purify, modify and analyse DNA, RNA, proteins
- Use microscopy with in situ hybridization, immunocytochemistry and fluorescent protein technologies to analyse gene and protein expression and function.
What are a molecular biologist’s career prospects?
As molecular biology is an unusual field of science, competition in other fields of basic and applied sciences is therefore expected to be less. But the career is difficult and rewarding. Those with enough interest and appropriate academic qualifications can only pursue a career in molecular biology.
In research labs set up by the State of India or in R&D departments of various private drug companies molecular and cell biologists find employment opportunities. They can develop therapeutic medicines to work on research into stem cells and in many other areas of medical development.
Research involving cloning, sub cloning, synthetic RNA transcription, gene expression, cell growth and development, cell structure and organic assembly, DNA dynamics, and chromosome structure and other laboratory work may be carried out by a molecular and cell biologist.
Different types of data recording and analyzing are important parts of the molecular and cell biologist work. Molecular and cell biologists will also be able to use research properly to address health issues and cure diseases.
How much money can a Molecular Biologist make?
Initially, In both government and private sectors, the wages of molecular biologists are satisfactory. Private research and development (R&D) companies, however, are providing professionals with higher salaries and benefits. The monthly average salary ranges from Rs 15 000 to Rs 30, 000 but can go up to a couple of lacs when gained expertise.
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